Obtain the expression for the period of a magnet vibrating in a uniform magnetic field and performing S.H.M.
Answers
Answered by
51
The expression is given as T = 2 π √ l / m B
Explanation:
The time period of oscillation of a magnet in a uniform magnetic field 'B' is given by
Formula:
T = 2 π √ l / m B
Where
- T = Time period
- I = Moment of inertia
- M = mass of bob
- B = magnetic filed
Time period of an oscillation body about a foxed point can be defined as the time taken by the body to complete one vibration around that particular point is called time period.
Answered by
13
Answer:
The expression is given as T = 2 π √ l / m B
Explanation:
The time period of oscillation of a magnet in a uniform magnetic field 'B' is given by
Formula:
T = 2 π √ l / m B
Where
T = Time period
I = Moment of inertia
M = mass of bob
B = magnetic filed
Time period of an oscillation body about a foxed point can be defined as the time taken by the body to complete one vibration around that particular point is called time period.
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